Biosensors can convert the concentration of biological analytes into an electrical signal or other signals for detection. They are widely used in medical diagnostics, food safety, process control, and environmental monitoring fields. In recent years, new schemes stable biosensor interfaces have attracted much attention. Interface design is a vital part development, since its stability be direct...

Alkali metal/ion batteries of the future call for discovery and design high-performance materials, components electrode│electrolyte interfaces as particularly complex domains which have seen major progress in past few years regarding novel battery advanced characterization techniques theoretical simulations/modelling capabilities. Battery interphases (solid electrolyte interphase (SEI) on anode...

We have studied the magnetism of a cobalt ultrathin film deposited on different two-dimensional (2D) materials, namely graphene, h-BN, and ${\mathrm{WSe}}_{2}$ by Brillouin light scattering technique. The samples are prepared pick-up method large flakes ${\mathrm{SiO}}_{2}$ subsequent physical vapor deposition metal layers, in similar way to what is done make spintronic devices out such materia...

technology advancement improves the way we interact with computer systems. keyboard, mouse, and touchpad provide an easier and more natural way of interaction with a computer system. nowadays, by introducing low cost and high performance depth cameras like kinect and xtion, new opportunities are available for creating even more natural interfaces. in this paper, a new model was demonstrated for...

A level set based shape and topology optimization framework is used to study the effect of graded interfaces in the optimization process of micro-architectured multi-materials. In contrast to previous studies interfaces are considered as smooth transition between phases instead of a sharp delimitation between two phases. A study on extreme thermoelastic properties of 2D isotropic composites is ...